How does Diamond Selector work?
Diamond Selector is a device used to help determine whether a gemstone is a real diamond or a simulant. It works by measuring the thermal conductivity of the stone to distinguish between the two.
The Diamond Selector is designed with a thermal conductivity probe that heats up when it comes in contact with a gemstone. Since diamonds are excellent conductors of heat, they will disperse the heat quickly and cause the probe to emit a sound or light signal. On the other hand, simulant stones, such as cubic zirconia or moissanite, are poor conductors of heat and will not trigger the signal.
FAQs:
1. Can Diamond Selector distinguish between a real diamond and a synthetic diamond?
Yes, Diamond Selector can differentiate between a real diamond and a synthetic diamond based on their thermal conductivity. Synthetic diamonds have similar properties to real diamonds, including high thermal conductivity.
2. Is Diamond Selector accurate in detecting diamond simulants?
Yes, Diamond Selector is effective in detecting diamond simulants like cubic zirconia, moissanite, or white sapphire, which have lower thermal conductivity compared to diamonds.
3. How long does it take for Diamond Selector to determine if a stone is a diamond?
Diamond Selector provides instant results, making it a quick and easy tool to test gemstones on the spot.
4. Can Diamond Selector be fooled by coating a simulant with a material to mimic diamond’s thermal conductivity?
While it is theoretically possible to deceive Diamond Selector by artificially enhancing a simulant’s thermal conductivity, such methods are uncommon and unlikely in practice.
5. Can Diamond Selector detect lab-created diamonds as real diamonds?
Lab-created diamonds possess the same physical and chemical properties as natural diamonds, including their thermal conductivity. Thus, Diamond Selector will identify lab-created diamonds as genuine.
6. Does Diamond Selector work on all shapes and sizes of diamonds?
Diamond Selector is suitable for testing diamonds of various shapes and sizes, as it relies on the gemstone’s thermal conductivity rather than its physical characteristics.
7. Can Diamond Selector be used on mounted jewelry or loose stones?
Diamond Selector can be used on both mounted jewelry and loose stones, as long as the probe has direct contact with the gemstone’s surface.
8. Does Diamond Selector require any special training to operate?
Diamond Selector is user-friendly and does not require any specialized training to operate. Simply follow the manufacturer’s instructions for accurate results.
9. Can Diamond Selector detect colored diamonds apart from colorless ones?
Diamond Selector is primarily designed to distinguish between real diamonds and simulants based on their thermal conductivity, regardless of the diamond’s color.
10. Can Diamond Selector differentiate between different diamond cuts?
Diamond Selector focuses on the thermal conductivity of the gemstone rather than its cut or shape, making it a versatile tool for testing various diamond cuts.
11. Is Diamond Selector a reliable tool for diamond dealers and jewelers?
Diamond Selector is a widely used tool in the jewelry industry for its efficiency and accuracy in testing diamonds. Many dealers and jewelers rely on it for quick and reliable results.
12. Does the price of Diamond Selector affect its performance?
The price of Diamond Selector may vary based on its brand and features, but ultimately, its performance in detecting diamonds remains consistent across different models.